Tokens, as the fundamental unit of agent interaction, are reshaping the value distribution of digital resources and providing a clear pathway for the conversion of computational power value. As the core area of China's National Big Data Comprehensive Pilot Zone and the key load-bearing zone of the national integrated computing network hub node in Guizhou, Guiyang-Gui'an should fully leverage its comparative advantages in computing power aggregation, abundant green electricity, and rich data resources. By strengthening the foundational core, deepening computing-power synergy, expanding scenario empowerment, and optimizing the development ecosystem, it can systematically advance the high-quality development of the token economy, effectively transforming its computational hub advantage into an industrial competitive edge.
A. Strengthening the Core Foundation of the Token Economy The foundation of the token economy lies in computing power, its key in data, and its support in networks. Guiyang-Gui'an should build upon its existing industrial base, focusing on the goals of low cost, high efficiency, and high reliability, to coordinate the advancement of computing power, data, and network infrastructure, establishing a robust token production and supply system.
First, build a robust green intelligent computing foundation. Continue to expand and enhance the quality of intelligent computing centers, accelerate the intelligent transformation of existing large-scale data centers, and prioritize the construction of domestically-produced intelligent computing clusters to continuously improve computing power support capabilities for complex scenarios such as large model training and agent inference. Optimize the computing power structure by rationally configuring general-purpose, intelligent, and supercomputing power to meet the diverse needs of different types of token production. Strengthen the interconnectivity of computing power infrastructure, promoting high-speed connections between data centers of different operators and across various parks to enhance the mobility of computing power resources.
Second, construct a unified and efficient public computing power platform for tokens. Leveraging the computing power operation and scheduling center, inventory and consolidate the province's dispersed computing power resources, including intelligent computing centers, supercomputing centers, and IDC clusters, to break down computing power silos and build an elastic supply, on-demand allocation computing power network. Promote standardized token services and performance-based settlement models, gradually shifting away from the traditional, extensive method of cabinet leasing based on time usage, towards payment based on token output and pricing based on service quality. Establish a dynamic scheduling mechanism for computing power resources, intelligently allocating resources according to the computing power demands of different application scenarios to enhance overall computing power utilization efficiency.
Third, create a specialized, high-quality corpus system. Fully utilize the advantage of data resource concentration to integrate and consolidate data resources across sectors such as government affairs, industry, culture and tourism, agriculture, and ecology, building a series of high-quality vertical domain corpora. Focus on developing distinctive datasets with local characteristics to form a differentiated competitive advantage. Establish a linkage mechanism between data elements and token production, encouraging government departments, state-owned enterprises, research institutions, and various market entities to participate in token production through methods like data equity investment and authorized use, transforming dormant data resources into tangible token value.
B. Deepening Computing-Power Synergy in the Token Economy The primary costs of token production are concentrated in power consumption and computing power input. The supply of green, low-cost electricity is a prominent comparative advantage for Guiyang-Gui'an in developing its token economy. Accelerating the construction of a new energy system featuring complementary "wind, solar, hydro, thermal, and storage" sources and promoting deep integration between computing power and green electricity can reduce production costs at the source and build a foundation for differentiated competition.
First, promote precise alignment between intelligent computing centers and energy bases. Comprehensively implement mature models such as direct green power supply, power sales across boundaries, and integrated source-grid-load-storage systems, gradually increasing the proportion of green electricity in data center power consumption to directly translate the cost advantage of green power into a production cost advantage for tokens. Explore the establishment of incentive mechanisms linking green power consumption with computing power scheduling, guiding data centers to dynamically adjust computing loads based on new energy output, achieving bidirectional optimization of energy consumption and computing production. Encourage energy enterprises and computing power enterprises to share data resources, conducting joint scheduling based on power supply-demand forecasts and computing power demand predictions to enhance overall operational efficiency.
Second, continuously optimize the energy efficiency levels of data centers. Promote further reductions in energy consumption for data centers through methods such as liquid cooling technology upgrades, intelligent operation and maintenance system enhancements, and waste heat recovery and utilization. Strictly enforce energy efficiency access standards for new data centers, promote green and low-carbon design concepts and advanced technologies, and create a group of benchmark green, low-carbon intelligent computing centers. Focus on energy consumption per unit token, improving token output efficiency per unit of electricity by optimizing computing power scheduling and model inference algorithms. Explore diversified utilization pathways for data center waste heat, applying it to areas such as park heating, agricultural greenhouses, and industrial production to further enhance comprehensive energy utilization rates.
Third, explore market-oriented operation models for computing-power synergy. Encourage energy enterprises and computing power enterprises to engage in equity cooperation and joint business operations, co-constructing and operating integrated green power-intelligent computing projects to achieve shared benefits and risk sharing. Support qualified market entities in exploring linked settlement methods for green power, computing power, and tokens, promoting the direct conversion of energy value into digital value. Actively participate in power system reform, promoting data center participation in the electricity spot market and ancillary services market to reduce electricity costs through demand-side response. Explore cross-regional computing-power synergy mechanisms, strengthening cooperation with neighboring energy-rich regions to build a stable and reliable power supply guarantee system.
C. Expanding Scenario Empowerment for the Token Economy Scenarios are the ultimate carriers for realizing token value, and continuous scenario applications are the core support for token production to gain a stable market foundation. Guiyang-Gui'an should persist in simultaneously expanding local applications and external demand, accelerating the formation of a complete value loop of "production-consumption-transaction."
First, create local characteristic application benchmarks. Based on Guiyang-Gui'an's industrial foundation and urban governance needs, deploy a series of token application demonstration projects in key areas such as government affairs, industry, culture and tourism, and urban governance. In government affairs, explore establishing token budget management and usage evaluation mechanisms for government departments, taking the lead in releasing public sector token consumption demand. In industry, deploy token-intensive application scenarios such as industrial quality inspection, process optimization, safety production, and supply chain management, promoting enterprise intelligent transformation and digital upgrading. In culture and tourism, deepen the intelligent application of "One Code Travels Guizhou," developing services like digital guide explanations, immersive experiences, and personalized itinerary customization to create distinctive cultural tourism token consumption scenarios. In urban governance, develop urban operation intelligent agents to enhance the intelligence level in areas such as traffic management, emergency command, ecological environmental protection, and community governance.
Second, vigorously attract external token demand. Introduce targeted investment attraction policies, providing precise support to enterprises that locate core businesses like large model training and inference in Guiyang-Gui'an. Focus on attracting token-intensive enterprises in areas such as AI gaming, digital humans, digital twins, intelligent customer service, and software development, building a nationally significant AI inference computing power industrial base. Strengthen industrial collaboration with developed eastern regions like the Yangtze River Delta, Pearl River Delta, and Beijing-Tianjin-Hebei, actively undertaking the transfer of AI training and inference business to promote the formation of a cross-regional token industry collaboration pattern.
Third, innovate token trading and circulation models. Construct specialized token trading platforms, establishing token trading zones within the big data exchange. Research and formulate token trading rules, service standards, and standard systems, exploring the establishment of token quality inspection and certification mechanisms to protect the legitimate rights and interests of both trading parties. Innovate trading products and models, conducting diversified transactions such as token spot and pre-sales, and steadily advance characteristic trading models like computing power for tokens and data for tokens. Improve the token trading settlement system to achieve full-process electronic, intelligent, and traceable token transactions.
D. Optimizing the Development Ecosystem of the Token Economy The token economy is a comprehensive ecosystem covering multiple links such as transaction, security, and talent. For Guiyang-Gui'an to achieve the leap from a computing power hub to a token highland, it should focus on nurturing and expanding market entities, strengthening innovative talent support, and improving the security governance system to safeguard the sustained and healthy development of the industry.
First, cultivate a tiered market entity structure. Implement a token market entity cultivation plan, accelerating the formation of an industrial development pattern led by industry leaders, supported by specialized and sophisticated enterprises, and energized by small and medium-sized enterprises. Support local leading enterprises in strengthening and excelling in core businesses such as token scheduling, transaction settlement, and computing power services, creating token industry leaders with industry influence. Focusing on niche tracks such as token billing control, prompt engineering optimization, industry model fine-tuning and adaptation, and inference acceleration technology, cultivate a gradient of specialized and sophisticated enterprises and innovative small and medium-sized enterprises. Encourage a wide range of small and medium-sized enterprises to deeply apply token technology, accelerating product iteration and business model innovation to form a positive ecosystem of integrated development among enterprises of all sizes.
Second, strengthen innovation and talent support. Leveraging resources from local universities and research institutions, and collaborating with strong domestic enterprises, establish a token economy innovation consortium to tackle key core technologies such as model compression, efficient inference, unified computing power scheduling, and token security. Establish a special science and technology program for the token economy, improve collaborative innovation mechanisms, and enhance the industry's independent innovation capability. Implement a token talent introduction and cultivation plan, targeting the recruitment of a group of leading talents and high-level innovation teams in fields such as artificial intelligence, big data, and cloud computing, while improving diversified incentive methods. Support local universities in offering relevant courses, building a series of integrated industry-university-research-application training bases to cultivate localized professional technical and skilled personnel.
Third, improve a full-chain security governance system. Adhere to the principle of balancing development and security, constructing a token security governance framework with clear rights and responsibilities, controllable technology, and effective supervision. Clarify data classification and grading protection requirements for high-frequency token interaction scenarios, strengthening the protection of personal privacy, commercial secrets, and important data security. Establish and improve AI-generated content review and traceability mechanisms to achieve full-process traceability of token production, circulation, and use. Strengthen the supervision of the token trading market, defining compliance boundaries for token measurement, trading, and use to prevent risks such as technology abuse, data leakage, false advertising, and speculative hype. Build a token security monitoring platform to conduct real-time monitoring and risk warnings, creating a safe, standardized, and orderly environment for the healthy development of the token economy.
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